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Title: Effect Of Vibration And Asymmetric Flow Pattern On Flow Measurement Using Coriolis Flow Meter
Author: Chun-Lin Chiang Chun-Min Su Yi-Lin Ho Yi-Huan Kao
Source: 2015 International Symposium on Fluid Flow Measurement
Year Published: 2015
Abstract: Coriolis flow meter is widely used to measure the mass flow rate in many fields of research and industry because of its highly accurate measurement performance and superbly repeatable characteristic . The working principle of Coriolis flowmeter relies on the Coriolis Effect generated by the fluid flowing through the v ibrating tu bes. Therefore, the measurement accuracy of a Coriolis flow meter might be influenced by the vibration surrounding a Coriolis flow meter and the fluid distribution between the vibration tubes . The presented work studies the impact s of possible vibration an d asymmetric flow pattern induced by the water flow ing through a partially closed ball valve on a Coriolis flow meter . W hen a partially closed ball valve and the Coriolis flow meter are installed in series , the vibration caused by the water flow hitting a partially closed ball valve would result in a clear measurement error and a negative effect on the short - term repeata bility of the Coriolis flow meter is inferred

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